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"Al Hagibi HA" ×
JENR Research Article Feb 21, 2018
Assessment of Heavy Metals Concentration in Mangroves Leaves of the Red Sea Coast of Yeme
Al Hagibi HA*, Nagi HM, Al-Selwi KM and Al-Shwafi NA

The present research work focuses on the concentration of Pb, Cd, Cr, Ni, Co, Cu, Zn, Mn, Mg and Fe in mangrove leaves. Samples were collected seasonally at five locations on Yemen…

Heavy Metals Mangrove Habitats
JENR Research Article Feb 21, 2018
Study of Heavy Metals contamination in Mangrove Sediments of the Red Sea Coast of Yemen from Al-Salif to Bab-el-Mandeb Strait
Al Hagibi HA*, Al-Selwi KM, Nagi HM and Al-Shwafi NA

This research aimed to estimate the concentration of Pb, Cd, Cr, Ni, Co, Cu, Zn, Mn, Mg and Fe in the sediments of mangrove habitats located in the Yemeni from Al-Salif to Bab-el-M…

Heavy Metals Mangrove Sediments
JENR Research Article Nov 24, 2023
Concentrations of Total Petroleum Hydrocarbons N-Alkanes in Surface Seawater from The Red Sea Coast of Hodeidah City, Yemen
Khirbash BA, Al Salehi MA, Al-Hagibi HA* and Al Shwafi NAA

Field work has been carried out to identify the occurrence of oil and oil by- product pollution from the Red Sea coast of Hodeidah city, was evaluated from December, 2021 to June,…

Total Petroleum Hydrocarbons N-Alkanes-Surface Seawater The Red Sea Coast of Hodeidah City
JENR Research Article Nov 16, 2023
Hydrographical Studies in the Nearshore Seawater of the Red Sea Coast of Al-Hodeida City, Yemen
Bassim S Al Khirbash, Moheeb A Al Salehi, Nabil A Al Shwafi and Hagib A Al Hagibi*

Hydrographic studies of nearshore seawater are important because they are sensitive to both natural and human influences. The hydrographic study is very important for nearshore wa…

Hydrographical Parameter Nearshore Seawater Hodeidah
ACT Research Article May 2, 2019
Ecological Risk Assessment of Heavy Metals in Coastal Sediments between Al-Haymah and Al-Mokha, South Red Sea, Yemen
Al-Edresy MAM, Wasel SO and Al-Hagibi HA*

The area between Al-Haymah and Al-Mokha on the Red Sea of Yemen is a promising region for future tourism development. It is also characterized by population activities, especially…

Red Sea Coastal Sediment Heavy Metal Pollution